Full-process automated solution for the "last 10 meters" of warehousing and logistics

The CubeBraid embodied intelligent loading and unloading robot consists of a disassembly and stacking module, a material sorting and conveying module, and a loading and unloading vehicle module. It is applied in the loading and unloading process of warehousing and logistics, mainly addressing the problems of "high reliance on manpower, low efficiency, high safety risks, and high costs" in the traditional mode, and achieving automated operations in the "last 10 meters" of logistics and warehousing.

40kg Load      120Min Loading and unloading 40-foot standard containers

Variable stacking patterns for compact storage

Intelligent box arrangement, ultimate loading capacity

Supports intelligent generation of various stacking patterns such as full horizontal, full vertical, several horizontal and several vertical, as well as one-click switching. Precise stacking with a gap of ≥10mm is achieved, maximizing the loading capacity and space utilization.

Precise identification and efficient planning

High-precision positioning, multi-modal grasping, autonomous path planning

High-precision visual positioning, automatic generation of robot trajectories and dynamic adjustment to adapt to environmental changes, multi-modal intelligent fixtures for multiple grasping operations, stable and efficient operation 24/7.

The crawler easily climbs slopes and crosses obstacles

Full coverage of 15° slope under all working conditions

Stably handle slopes with an inclination of ≤ 15°. The up and down platforms and the container ramps are stable and do not slide, ensuring safe loading and unloading. Seamless connection is achieved between the platforms, workshops, containers, and logistics lines.

Employment of robots for production safety purposes

Zhou Duan perception, human-machine collaboration

Integrating laser radar and ultrasonic multi-source sensing to achieve active safety protection and one-click recovery operation; combining 3D vision and laser radar navigation to enable autonomous entry and exit of containers and precise stacking in high-temperature environments, and safe operation can be achieved through remote monitoring.

One-stop solution

Container loading efficiency

400boxes per hour One grab, one box      800boxes per hour One grab, two boxes      1200boxes per hour One grab, three boxes.

Application Case

Adapt to all scenarios of freight operations

The actual footage captures the entire range of carriages in real scenes, comprehensively senses the on-site environment, and accurately identifies all kinds of irregularly stacked paper boxes.